Founded a product development consulting company that focuses on building solutions in highly regulated industries, including healthcare. Delivered software and electrical hardware solutions to about a dozen companies across the world to improve quality and reduce development costs by over 20%.

Continua simplifies the deployment and operations of connected health devices for software companies, healthcare service organizations, and health systems. Continua’s founders have previously scaled RPM programs to tens of thousands of patients (https://ContinuaSystems.com).Currently, I lead the technical direction at Continua Systems, including the management of supplier relationships. This includes designing and launching into production an operations platform for connected health devices that fills a large gap in the market. The platform allows RPM companies to manage their fleet of devices across multiple manufacturers programmatically (API) and via a user interface (UI). The platform includes the largest selection of 4G devices with improved connectivity, security, and value. Additional solutions include end-to-end workflow support services from patient insurance verification to onboarding.This advanced service provides integrated operational tooling that was previously unavailable on the market while also:• Increases supply chain resiliency • Reduces customers’ cost by over 20%• Manages: * Patients records * Device records * Device readings * Orders & fulfillment * Billing * Medical practices * And others• Aggregating dozens of integrations, including those of multiple device vendors• Implements enterprise-grade security to solve vulnerabilities in some legacy alternatives• Has a 99.999%+ uptime reliability• Able to scale to millions of devices without performance degradation• Operates with automated alarming and self-monitoring capability

Hybrid Software/Systems EngineerDesigns large-scale cloud distributed systems for mission critical loads serving tens of thousands of daily users across the globe.Proposed, developed, and launched software into production that:• Runs continuously, serving millions of user requests• Prevented costly outages by detecting certain failures and performing auto-failover• Decreased user experience latency by 25%• Scaled customer growth of a key service by automating a manual process, now taking 98% less time• Is projected to help double a key service's customer base by a factor of two within the next year• Serves as a foundation that fellow engineers are extending

Cabin & Network Systems Engineer• Led multiple airborne software development efforts with a $7M budget. Developed advanced technologies, streamlining flight crew operations, and exceeded airline customer desires. Total efforts comprised of about 40+ software engineers located internationally. • Designed airborne software and network systems for communications. Invented multiple next-generation technologies for hundreds of airplanes, which have begun production in 2019.• Developed a network automation tool in a Linux/Django/Python environment that simulates airline fleets streaming video over wireless systems. Presented simulator tool to Boeing and airline customer executives.• Persuaded senior leaders to adopt particular airplane system architectures by communicating system implementation details, possible revenue and cost models, and justification for further projects funding.

Biomedical neuroprosthetic devices are technologies that are used to help some blind patients regain partial eye sight. Unfortunately, since these devices are placed within the human body, water leaks into and damages the devices. In this work, an automated high-impedance measurement system useful for detecting the aforementioned water leakage was developed and tested. The system was created by designing an analog circuit as well as developing software in the LabVIEW, C, Python, and MATLAB programming languages.

Designed and Deployed a Bluetooth Low Energy (BLE) pressure sensor system for Internet of Things (IoT) applications at the Stanford DC-THz Lab.Deployed Verilog for FPGA serial interface development and the C Programming Language for microprocessor control.